Photophysical properties of tetra-cationic porphyrins show effective reactive oxygen species generation, highlighting bovine serum albumin binding.
In this article, isomeric tetra‐cationic porphyrins with rhenium(I)‐carbonyl‐phenanthroline complexes at the peripheral N‐pyridyl positions 3ReP and 4ReP were evaluated for structural characterization, photophysical properties, theoretical calculations, electrochemical behavior, and photobiological properties. Furthermore, photostability, reactive oxygen species generation, and binding properties on bovine serum albumin protein were assessed using absorption, steady‐state, and time‐resolved fluorescence emission, with molecular docking analysis.
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Copello et al. (2025) studied this question.
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